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These latches reach around outside corners to draw two surfaces together—use them to secure cases, toolboxes, and other containers.
To prevent accidental opening, these latches have a safety catch.
Easily snap these latches into cutouts without tools or other hardware.
A safety catch prevents accidental opening.
These latches use downward compression to pull surfaces together for sealing gasketed doors.
A plastic-coated handle and hook prevents the release of particles from metal-to-metal contact, which makes these latches good for clean room applications.
Designed with compression springs to withstand vibration better than standard draw latches, these offer a more secure hold.
Mount these latches on a corner to draw perpendicular surfaces together.
These latches are typically used to secure hoods and covers.
An integrated slide bolt extends into the strike plate to resist pull and vibration from side-to-side, front-to-back, and up-and-down forces.
These latches hook into a lip or notch and have an adjustable latching distance to compensate for gasketing and misalignment.
The latch arm is coated with vinyl so it won't scratch surfaces.
No need for a strike plate, these latches hook into a lip or notch.
Adjust the latching distance for a tight fit over gasketing and to compensate for misalignment.
These latches have a safety catch to prevent accidental opening.
Each latch comes with a variety of strike plates for different mounting options.
Lift and turn the handle 180° to open and close these latches.
With a spring-loaded handle, these hold tighter than other turn-to-open draw latches and compensate for slight misalignment.
Draw lightweight surfaces together with these latches.
Use these L-handle latches to draw lightweight surfaces together.
Use a 5/16" hex key to open and close these locks.
To secure overlapping components, pull the slide over the stud until they snap together. These latches resist shock and vibration.
These latches snap in place to eliminate rattling and hold access doors, screens, windows, and panels.
Open these locks with a slotted screwdriver.
Open these locks with a Torx driver or the included Torx keys.
Lift and turn the handle 180° to open and close these latches. Add a padlock to secure.
For use on gasketed doors, these latches use downward compression to pull surfaces together. They have a safety catch to prevent accidental opening.
Add a padlock to secure these latches, which reach around corners to pull two surfaces together.
Mount these latches on a corner to draw perpendicular surfaces together. They have a safety catch to prevent accidental opening.
Secure surfaces together with these padlockable latches; built-in springs withstand vibration better than other latches.
Adjust the latching distance to compensate for gasketing and misalignment.
Open several draw locks with the same key.
Lift and turn the handle 180° to open and close this lock.
For use on gasketed doors, these latches use downward compression to pull surfaces together.
Secure cases, toolboxes, and other containers—these locks reach around outside corners to draw two surfaces together.
Turn the padlock eye to fasten these hasps without a padlock.
Install these hasps over a cam lock and secure them with a padlock to increase security on cabinets and chests.
The steel housing conceals the mounting bolts and included padlock for extra security, preventing others from prying it open.
Designed for use with cut-resistant padlocks, these hasps have a padlock shackle protector on the strike plate for added cut and pry resistance.
Mount these hasps around complex curves, angles, and corners that other corner hasps can't reach.
Mount these padlockable eyes to the front of a door and door frame.
Mount these padlockable eyes on the inside edge of a door and door frame.
Choose this hasp if you need several hasps that open with the same key.
Choose these hasps if you need hasps that each open with a different key.
Also known as compression cam latches, turn the handle a quarter-turn to latch, then another quarter-turn to draw the cam firmly against the door or drawer surface.
Also known as adjustable compression cam latches, these adjust to compensate for door or drawer misalignment.
Also known as compression cams, these latches have an adjustable screw instead of a standard cam, so you can easily adjust the latching distance and tension over time. Press the button and the handle pops open; fold the handle into the recess to keep it out of the way and to secure the latch.
Also known as compression cam latches, these reach full compression when you lift the handle, turn it a quarter-turn, and then push it down for a tight hold. They’re often used for securing cabinet doors and file drawers.
Also known as compression cam locks, turn the head a quarter-turn to latch, then another quarter-turn to draw the cam firmly against the door or drawer surface.
Also known as compression cam locks, turn the handle a quarter-turn to latch, then another quarter-turn to draw the cam firmly against the door or drawer surface.
Also known as adjustable compression cam locks, these adjust to compensate for door or drawer misalignment.
Press the button and the handle snaps open; push the handle shut for a secure hold.
To prevent accidental unlatching due to vibration, there's a bushing in the eye.
These latches are spring-loaded to overcome resistance caused by gaskets and air pressure to close doors tightly.
To prevent doors from slamming, these latches are hydraulic.
Doors stay closed with the pressure of rollers against the strike plate.
There's no need for a mating strike plate for these latches—their spring-loaded arm snaps to engage when closing the door.
Close and open these roller latches with a push—there's no need for a handle.
Close and open these grab latches with a push—there's no need for a handle.
A catch grabs and holds the strike plate, so doors stay shut when you push them closed.
Turn the screw on the latch to adjust the gripping force on the strike plate.
Also known as bullet catches, these latches have a spring-loaded ball that grabs and holds the strike plate to keep doors shut.
Each latch has top and bottom spring-loaded balls that can grab the strike plate from different directions.
These latches are adjustable; push the ball in and rotate it to adjust force as well as compensate for misalignment.
Their spring-loaded design withstands vibration, rattling, and shaking better than other push-to-close grab latches for a more secure hold.
An electrical switch allows these latches to power a light or other signal to indicate whether a door is open or closed.
Close and open these magnetic latches with a push—there's no need for a handle.
To keep your environments free of contaminants, the magnet is encapsulated so it won't release particles when it meets the strike plate.
These latches withstand temperatures up to 480° or 570° F.
Made to NSF/ANSI standards, these latches have a completely sealed magnet to eliminate crevices that can trap food particles.
Magnetic force holds doors closed.
These latches snap together to secure doors. They have a return spring to snap tight with a push and release with a pull.
Push in the knob to open these latches.
To open, push in the knob and pull the tab.
Snap these latches together to secure doors and use a hex key to open.
Push doors closed and a return spring automatically snaps these locks together to secure them tightly in place. Pull them open with the included two-way key, which is also known as a double-bit key.
Often used on casement windows.
These openers are often used on older casement and awning windows.
Use these openers on casement windows.
Hang larger, heavier items than standard hooks with these load-rated hooks.